Fold your protein in PyMOL!
Inspired by ColabFold by Sergey O.
Visualization inspired by pymol-color-alphafold.
Thanks to ESMFold by Meta and the API.
Fast access to AlphaMissense predicted Human proteins provided by hegelab.
Info
The PymolFold service is running on a A5000 instance (cost $100 a week), and the sequence length is limited to 1000aa.
Issues and Errors
If you encounter any errors or issues while using this project, please don't hesitate to open an issue here on GitHub. Your feedback helps us improve the project and make it more user-friendly for everyone.
PymolFold Server: A Shared Resource
Please note that the PymolFold server is a shared resource, and I request you to use it responsibly. Do not abuse the server, as it can affect the availability and performance of the service for other users.
10Jan2024: Add `predict_pocket` to predict ligand binding pocket of protein.
03Nov2023: Add `fetch_am` for AlphaMissense predicted Human proteins.
20Sep2023: Add `fold_batch`, a command line tool.
21Aug2023: As the ESMFold API is not stable, the job will be sent to PymolFold server if the job failed.
11Apr2023: `pf_plugin.py` is the PyMOL plugin and the `pf_pkg.py` is a pymol-free python package.
03Dec2022: Add `dms`, `singlemut`, and `webapps`. `pymolfold` allow sequence length up to 700aa.
26Nov2022: ProteinMPNN is now integrated to design proteins.
15Nov2022: I now provide an unofficial API to support user defined recycle number and allow sequence length up to 500aa!
conda install -c conda-forge pymol-open-sourcerun https://raw.githubusercontent.com/JinyuanSun/PymolFold/main/pf_plugin.py
# for user still using python2, it is also py3 compatible, only esmfold supports.
run https://raw.githubusercontent.com/JinyuanSun/PymolFold/py27/predict_structure.py
# try the command below in China mainland, the mirror will be delayed if modifications were just made, download the file to your computer and install it is always a good idea:
run https://raw.staticdn.net/JinyuanSun/PymolFold/main/pf_plugin.pyOther scripts:
run https://alphamissense.hegelab.org/coloram.pyfetch_am cftr_human
coloram 
webapp avaiable at here, in case someone struggles with using PyMOL.
Also, check META's web app
The color_plddt command also returns pymol selection object of different confidence levels. The color scheme is now compatible with plddt in range (0, 1) and (0, 100) only if they are consistent in your selection.
esmfold GENGEIPLEIRATTGAEVDTRAVTAVEMTEGTLGIFRLPEEDYTALENFRYNRVAGENWKPASTVIYVGGTYARLCAYAPYNSVEFKNSSLKTEAGLTMQTYAAEKDMRFAVSGGDEVWKKTPTANFELKRAYARLVLSVVRDATYPNTCKITKAKIEAFTGNIITANTVDISTGTEGSGTQTPQYIHTVTTGLKDGFAIGLPQQTFSGGVVLTLTVDGMEYSVTIPANKLSTFVRGTKYIVSLAVKGGKLTLMSDKILIDKDWAEVQTGTGGSGDDYDTSFN, test
color_plddt
orient
ray 1280, 960, async=1pymolfold GENGEIPLEIRATTGAEVDTRAVTAVEMTEGTLGIFRLPEEDYTALENFRYNRVAGENWKPASTVIYVGGTYARLCAYAPYNSVEFKNSSLKTEAGLTMQTYAAEKDMRFAVSGGDEVWKKTPTANFELKRAYARLVLSVVRDATYPNTCKITKAKIEAFTGNIITANTVDISTGTEGSGTQTPQYIHTVTTGLKDGFAIGLPQQTFSGGVVLTLTVDGMEYSVTIPANKLSTFVRGTKYIVSLAVKGGKLTLMSDKILIDKDWAEVQTGTGGSGDDYDTSFN, 4, test
color_plddt
orient
ray 1280, 960, async=1
Thanks to ColabDeisgn by Sergey O.
cpd for sequence generation Webapp
Use cpd to design seqeunces will fold into the target structure:
# commands
fetch 1pga.A
cpd 1pga.A
# output looks like:
# >des_0,score=0.72317,seqid=0.6607
# PTYKLIINGKKIKGEISVEAPDAKTAEKIFKNYAKENGVNGKWTYDESTKTFTIEE
# >des_1,score=0.73929,seqid=0.6250
# PTYTLVVNGKKIKGTRSVEAPNAAVAEKIFKQWAKENGVNGTWTYDASTKTFTVTE
# >des_2,score=0.72401,seqid=0.6429
# PTYTLKINGKKIKGEISVEAPNAEEAEKIFKQYAKDHGVNGKWTYDASTKTFTVTEUsing esmfold to examin the des_0:
# commands
esmfold PTYKLIINGKKIKGEISVEAPDAKTAEKIFKNYAKENGVNGKWTYDESTKTFTIEE, 1pga_des0
super 1pga_des0, 1pga.A
color_plddt 1pga_des0
singlemut for scoring a signle mutation Webapp
# commands
fetch 1pga.A
singlemut 1pga.A, A, 26, F
# output maybe (not deterministic):
# ================================
# mutation: A_26_F, score: -0.0877
# ================================dms for in silico deep mutational scan Webapp
# commands
fetch 1pga.A
select resi 1-10
dms sele
# this might took ~1 min, be pacient ; )
# output:
# Results save to '/pat/to/working/dir/dms_results.csv'ESMFold:
@article{lin2023evolutionary,
title={Evolutionary-scale prediction of atomic-level protein structure with a language model},
author={Lin, Zeming and Akin, Halil and Rao, Roshan and Hie, Brian and Zhu, Zhongkai and Lu, Wenting and Smetanin, Nikita and Verkuil, Robert and Kabeli, Ori and Shmueli, Yaniv and others},
journal={Science},
volume={379},
number={6637},
pages={1123--1130},
year={2023},
publisher={American Association for the Advancement of Science}
}ProteinMPNN:
@article{dauparas2022robust,
title={Robust deep learning--based protein sequence design using ProteinMPNN},
author={Dauparas, Justas and Anishchenko, Ivan and Bennett, Nathaniel and Bai, Hua and Ragotte, Robert J and Milles, Lukas F and Wicky, Basile IM and Courbet, Alexis and de Haas, Rob J and Bethel, Neville and others},
journal={Science},
volume={378},
number={6615},
pages={49--56},
year={2022},
publisher={American Association for the Advancement of Science}
}Access to AlphaMissense:
@article {Tordai2023.10.30.564807,
author = {Hedvig Tordai and Odalys Torres and Mate Csepi and Rita Padanyi and Gergely L Lukacs and Tamas Hegedus},
title = {Lightway access to AlphaMissense data that demonstrates a balanced performance of this missense mutation predictor},
elocation-id = {2023.10.30.564807},
year = {2023},
doi = {10.1101/2023.10.30.564807},
publisher = {Cold Spring Harbor Laboratory},
URL = {https://www.biorxiv.org/content/early/2023/11/02/2023.10.30.564807},
eprint = {https://www.biorxiv.org/content/early/2023/11/02/2023.10.30.564807.full.pdf},
journal = {bioRxiv}
}PyMOL is a trademark of Schrodinger, LLC.
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